MySQL development
The relational database available on virtually every host in India — which is frequently the deciding factor.
Relational database
Chosen per project
Maintainable handover
MySQL’s practical advantage is availability. It runs on essentially every shared host, every managed platform and every cloud provider, and a very large share of PHP and WordPress applications already sit on it.
It handles read-heavy workloads extremely well. Where it is weaker than PostgreSQL is in stricter constraint enforcement and richer query features — which matters for complex reporting and less for a straightforward transactional application.
What we build with MySQL
Web applications on conventional or shared hosting
Read-heavy content and catalogue systems
Existing PHP, Laravel or WordPress applications
Systems where hosting availability drives the choice
Where it fits — and where it does not
Good fit when
Hosting availability and cost are decisive
Read-heavy workloads with straightforward queries
An existing MySQL estate the team already runs
A very large pool of developers who know it
Consider something else when
Complex analytical queries — PostgreSQL handles these better
Heavy use of semi-structured JSON data
Workloads requiring the strictest constraint enforcement
Making a slow MySQL query fast
The order is deliberate. Most work finishes by step three; adding hardware first hides the problem and raises the bill.
Find it
Slow query log and performance schema, not guesswork.
Read EXPLAIN
See which index the optimiser actually chose.
Index
Composite indexes in the right column order.
Rewrite
Restructure the query or the access pattern.
Cache
Application-level caching for genuinely hot reads.
Scale
Read replicas — last, once the rest is exhausted.
How we work with MySQL
Engine and collation
InnoDB with utf8mb4 throughout — the collation choice is painful to change once data exists.
Indexing from queries
Composite indexes designed from the queries that will actually run, then verified with EXPLAIN.
Migrations
Versioned and reversible, and rehearsed against production-sized data before release.
Backup and recovery
Automated backups with binary logs for point-in-time recovery, and restores actually tested.
Our typical MySQL setup
| Concern | What we use |
|---|---|
| Version | MySQL 8.x, or MariaDB where the host provides it |
| Engine | InnoDB with utf8mb4 character set throughout |
| Indexing | Composite and covering indexes verified with EXPLAIN |
| Migrations | Versioned, reversible, rehearsed on realistic data |
| Backup | Automated dumps plus binary logs for point-in-time recovery |
| Scaling | Read replicas and connection pooling |
Frequently asked questions
MySQL where hosting availability and cost matter and the workload is read-heavy with straightforward queries. PostgreSQL for stricter data integrity, complex reporting or heavy JSON use. Both are excellent; the deciding factors are usually hosting and the existing estate.
Almost always, and rarely by adding hardware. The usual causes are missing or badly ordered composite indexes, queries selecting far more than needed, and reports running against live transactional tables.
Always utf8mb4. MySQL's older "utf8" is not full UTF-8 and cannot store emoji or some Indic characters correctly. Converting later, with data in place, is genuinely painful.
Topics people search for
Services built with MySQL
Website Development
A website is usually the first thing a prospective customer sees. It should load quickly, say something useful and be findable.
E-commerce Development
Online stores where the checkout works, the stock figures are real and the order data reaches your operations team intact.
ERP Software Development
One system for inventory, purchasing, production, sales and accounts — built module by module so the business keeps running throughout.
Custom Software Development
Software shaped around the way your business already works, instead of a packaged product you have to reorganise around.
Tell us what you are trying to build
Describe the problem in plain language and we will tell you what it would take to solve it — the approach, the moving parts and the sensible order to build them in. No obligation either way.